Service
Molecular Dynamics Simulation
By simulating the motion of atoms and molecules under different temperatures, pressures, and environmental conditions, we investigate the microscopic evolution processes, structural stability, interfacial interactions, and dynamic mechanisms of materials, providing reliable support for material design, performance optimization, and process development
Overview
We provide molecular dynamics simulations for a wide range of systems, including metals, polymers, two-dimensional materials, energy storage materials, interfacial systems, biomolecules, and composite materials.
Our services include structural relaxation, thermal stability analysis, diffusion behavior studies, interfacial interaction analysis, adsorption and transport process simulations, mechanical property evaluation, and investigations of temperature and pressure responses.
For different research objectives, we offer flexible simulation schemes tailored to specific needs, supporting academic publications, project proposals, research programs, and industrial R&D.
Our services include structural relaxation, thermal stability analysis, diffusion behavior studies, interfacial interaction analysis, adsorption and transport process simulations, mechanical property evaluation, and investigations of temperature and pressure responses.
For different research objectives, we offer flexible simulation schemes tailored to specific needs, supporting academic publications, project proposals, research programs, and industrial R&D.
Available Methods
We support the study of dynamic material behavior under different temperatures, pressures, electric fields, and strain conditions.
Customized simulations can be carried out in areas such as material stability, diffusion and migration, interfacial bonding, molecular adsorption, thermal transport, stress response, phase transition behavior, and microstructural evolution.
We also provide one-stop services covering model construction, force field selection, simulation execution, result analysis, and graphical output.
Customized simulations can be carried out in areas such as material stability, diffusion and migration, interfacial bonding, molecular adsorption, thermal transport, stress response, phase transition behavior, and microstructural evolution.
We also provide one-stop services covering model construction, force field selection, simulation execution, result analysis, and graphical output.
Deliverables
We can provide key results such as radial distribution functions, mean square displacement, diffusion coefficients, energy evolution, temperature fluctuations, interfacial bonding behavior, stress–strain relationships, thermodynamic parameters, and trajectory evolution.
We also deliver structure snapshots, trajectory files, energy curves, RDF plots, MSD plots, and other related analysis figures.
Upon request, we can additionally provide analysis reports, original input and output files, and reusable post-processing files to support subsequent paper writing, project presentations, and continued research.
We also deliver structure snapshots, trajectory files, energy curves, RDF plots, MSD plots, and other related analysis figures.
Upon request, we can additionally provide analysis reports, original input and output files, and reusable post-processing files to support subsequent paper writing, project presentations, and continued research.